技术简介： DS2152和DS2154的8MHz系统时钟操作
上传用户：soothmusic
上传日期：2012-06-11
文件类型：PDF
文件大小：50.89K
资料积分：0分 积分不够怎么办？
摘要：技术简介7提供了一个8MHz的系统背板使用Dallas半导体/ Maxim的DS2152和DS2154 T1/E1单芯片收发（ SCT的）复用的PCM流的要求。 DS2155 ， DS26528 ， DS26524 ， DS26522 ， DS26521 ， DS26519和DS26518中都含有国际文凭组织的功能，无需外部电路，并建议用于新设计。
Maxim > App Notes > COMMUNICATIONS CIRCUITS
Keywords: T1, E1, T1/E1, 8MHz, backplane, PCM, pulse code modulation, elastic store, DS0, 2.048MHz, Apr 05, 2001
system clock, framer, byte interleaved, IBO, interleave bus operation, SCTs, single chip transceivers, stream
APPLICATION NOTE 561
Tech Brief 7: DS2152 and DS2154 8MHz System Clock Operation
Abstract: Tech Brief 7 provides the requirements for multiplexing four PCM streams into one 8MHz system
backplane using the Dallas Semiconductor/Maxim DS2152 and DS2154 T1/E1 single chip tranceivers (SCTs).
The DS2155, DS26528, DS26524, DS26522, DS26521, DS26519 and DS26518 all contain IBO functionality
without external circuitry and are recommended for new designs.
The DS2152 and DS2154 PCM signals can interface to an 8 MHz system
Maxim > App Notes > COMMUNICATIONS CIRCUITS
Keywords: T1, E1, T1/E1, 8MHz, backplane, PCM, pulse code modulation, elastic store, DS0, 2.048MHz, Apr 05, 2001
system clock, framer, byte interleaved, IBO, interleave bus operation, SCTs, single chip transceivers, stream
APPLICATION NOTE 561
Tech Brief 7: DS2152 and DS2154 8MHz System Clock Operation
Abstract: Tech Brief 7 provides the requirements for multiplexing four PCM streams into one 8MHz system
backplane using the Dallas Semiconductor/Maxim DS2152 and DS2154 T1/E1 single chip tranceivers (SCTs).
The DS2155, DS26528, DS26524, DS26522, DS26521, DS26519 and DS26518 all contain IBO functionality
without external circuitry and are recommended for new designs.
The DS2152 and DS2154 PCM signals can interface to an 8 MHz system
关键词： Maxim T1 E1 T1/E1 8MHz backplane PCM pulse code modulation elastic store DS0 2.048MHz system clock framer byte interleaved IBO interleave bus operation SCTs single chip transceivers stream
加入微信
获取电子行业最新资讯
搜索微信公众号：EEPW
或用微信扫描左侧二维码